@na-notechnology.bsky.socialMay 10β11, 2027 | Seoul, South korea
Nanomedicine | Nanomaterials | Nanoparticles
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#Nanotechnology #Nanoscience #Nanomedicine #Nanomaterials #Nanoparticles
@nanomaterialsmdpi.bsky.socialπ Nanomaterials for Solid-State Hydrogen Storage
π mdpi.com/2831594
This review examines size effects, surface engineering, nanocomposites, and catalysts for improving hydrogen storage capacity, kinetics, and reversibility.
@degruyterbrillimms.bsky.social#Biomass-derived #CarbonQuantumDots offer a greener route to fluorescent #nanomaterials.
This review explores hydrothermal synthesis, key factors affecting performance, and applications in wastewater treatment and biomedicine.
@nanogune.bsky.socialToday, we were pleased to welcome a delegation from the Generalitat de Catalunya led by NΓΊria Montserrat, Minister for Research and Universities at @nanogune.bsky.social.Β
@nanomaterialsmdpi.bsky.socialπ Gold Nanoparticles in Nanomedicine
π mdpi.com/3050110
The review examines gold nanoparticle optics and surface functionalization for drug delivery, sensing, imaging, and photothermal and photodynamic therapy research.
@newcommunity.bsky.socialπΏ Nano-biochar turns AgβΊ into silver nanoparticles through a pH-controlled pathway. At pH 9.5, nano400 works about 2.5Γ faster than nano700, with superoxide radicals playing a key role.
A promising route for silver-contaminated water remediation. #Biochar #Nanomaterials
π:
doi.org/10.1007/s427...
@biocharjournal.bsky.socialπΏ Nano-biochar turns AgβΊ into silver nanoparticles through a pH-controlled pathway. At pH 9.5, nano400 works about 2.5Γ faster than nano700, with superoxide radicals playing a key role.
A promising route for silver-contaminated water remediation. #Biochar #Nanomaterials
π:
doi.org/10.1007/s427...
@nanomaterialsmdpi.bsky.socialπ’ Nanomaterials, Volume 16, Issue 17, is now online.
Cover Story: genipin-crosslinked BSA nanoparticles for encapsulating sertraline and 5-fluorouracil, highlighting their potential as a versatile drug delivery platform.
@nanomaterialsmdpi.bsky.socialπ Sunlight-Driven Dye Degradation
π mdpi.com/3413358
With 50 mg of ZnβSnOβ/SnOβ, degradation reached 99.1% for methylene blue and 70.6% for Rhodamine B in separate tests after 120 min of natural sunlight.
@materchemfront.rsc.orgπ Research article by Saero Kim, Byeong-Hyeok Sohn π¦π΅ π’π.
Constructing hierarchical superstructures of patchy micelles and modulation of their supracolloidal assembly pathway
#PatchyMicelles #ColloidalAssembly #SelfAssembly #Nanomaterials #HierarchicalStructures
@bluefrogscientific.bsky.socialThe final report from an ECHA-funded research project has now been published, proposing a new framework for assessing nanoform sameness and grouping.
www.bluefrogscientific.com/chemical-reg...
#Nanomaterials #Nanoforms #Nano #NanoRegulation #REACH #ECHA
@nanomaterialsmdpi.bsky.socialπ Defect Engineering in Spinel Compounds
π mdpi.com/2995216
This review examines defect types, formation, and characterization in spinels, linking synthesis and DFT modeling to their catalytic and magnetic properties.
@na-notechnology.bsky.social#WCNN2027 | World Congress on #Nanotechnology & #Nanoscience
May 10β11, 2027 | Seoul, South Korea
Explore the future of Nanoscience, Nanomaterials, Nanoelectronics, Nanomedicine & Sustainable Nanotechnology.
#Nanomaterials #Nanomedicine #Nanoelectronics #Nanobiotechnology
@garmonkz.bsky.socialFact of the day Β· EASY: a forest of carbon nanotubes can reflect only about one hundred-thousandth of incoming light. Multiple scattering and absorption erase the visual cues of a surfaceβnot the object itself. #Nanomaterials #Science https://easy-tm.com/wikichem/facts/#ultrablack-cnt-forest